Stepper Motor Series 70BF 75BF Ambient Temperature ———— -25 to +40 deg C Dielectric Strength ——– 950V AC 50Hz 1 minute Temperature Rise ——————————— 85K Insulation Resistance ——500VDC 100Mohm Min Insulation Class ————————————— B Electrical Specifications: Model No. of phases Step angle (deg) Volt. (V) Cur. (A) Holding torque (N.m..) No load pull freq. (Hz) Pull out frq (Hz) Winding 70BF003 Stepper Motor 3 1.5/3 27 3 0.784 1600 1 70BF004 Stepper Motors 4 0.9/1.8 27 3 0.784 2100 2 70BC340D Stepper Motor 3 1.5/3 27 3 0.784 1600 3 75BF001 Stepper Motors 3 1.5/3 24 3 0.392 1750…
28/36/45/55mm, 3/4 Phase, 0.90° Stepper Motor
Stepper Motor Series 28BF 36BF 45BF 55BF Ambient Temperature ———— -25 to +40 deg C Dielectric Strength ——– 950V AC 50Hz 1 minute Temperature Rise ——————————— 85K Insulation Resistance ——500VDC 100Mohm Min Insulation Class ————————————— B Electrical Specifications: Model No. of phases Step angle (deg) Volt. (V) Cur. (A) Holding torque (N.m..) No load pull freq. (Hz) Pull out frq (Hz) Winding 28BF001 Stepper Motor 3 3/6 27 0.8 0.017 1800 1 36BF002-II Stepper Motors 3 3/6 27 0.6 0.049 1900 1 36BF003 Stepper Motor 3 1.5/3 27 1.5 0.078 3100 1 45BF003-II Stepper Motors 3 1.5/3 60 2…
110mm, 3/4/5 Phase, 0.36° 0.60° Stepper Motor
Stepper Motor Series 110BYG Ambient Temperature ———- -25 to +40 deg C Dielectric Strength —— 500V AC 50Hz 1 minute Temperature Rise ——————————– 85K Insulation Resistance —–500VDC 100Mohm Min Insulation Class ————————————- B Model No. of phases Cur. (A) Step angle (deg) Holding torque (N.m..) No load pull in freq. (Hz) Pull out freq. (Hz) Weight (kG) Power source L (mm) 110BYG3501A Stepper Motor 3 4.2 0.6/1.2 8 2000 12K 6.4 220VAC 50/60Hz 182 110BYG3501B Stepper Motors 3 4.8 0.6/1.2 12 2000 12K 9.6 220VAC 50/60Hz 224 110BYG3501C Stepper Motors 3 5.2 0.6/1.2 16 2000 12K 12 220VAC 50/60Hz…
86mm, 4/5 Phase, 0.36° 0.72° Stepper Motor
Stepper Motor Series 86BYG Ambient Temperature ————— -25 to +40 deg C Dielectric Strength ———– 500V AC 50Hz 1 minute Temperature Rise ————————————- 85K Insulation Resistance ———-500VDC 100Mohm Min Insulation Class —————————————— B Model No. of phases Step angle (deg) Volt. (V) Cur. (A) Resis. (ohms) Ind. (mH) Holding torque (N.m..) Rotor intertia (kg. cm.) Weight (kG) 86BYG017 Stepper Motor 5 0.72/0.36 70 1.25 2.1 7.0 1.2 700 1.5 86BYG018 Stepper Motors 5 0.72/0.36 70 1.15 3.5 15 2.2 1200 2.5 86BYG019 Stepper Motor 5 0.72/0.36 70 2.8 1 4.6 3.6 1800 3.5 Step angle————————————–1.8 deg Ambient Temperature…
85mm, 4 Phase, 1.8° steps Stepper Motor
Stepper Motor Series 85BYGH Step Angle —————————————- 1.8 deg Ambient Temperature ————— -25 to +40 deg C Temperature Rise ————————————- 85K Insulation Resistance ———-500VDC 100Mohm Min Insulation Class —————————————— B Model No. of phases Volt. (V) Cur. (A) Holding torque (n. M.) Rotor intertia (kgM2) Weight (KG) 85BYGH450 Stepper Motor 4 4.4 2 2.1 .0002 2.2 85BYGH450A Stepper Motors 4 2.8 4.5 4.1 .00035 3.3 85BYGH450B Stepper Motor 4 3.8 4 6.3 .00058 4.5 Motors described above are typical and can be customized upon request.
57mm, 1 Phase, 1.8° steps Stepper Motor
Stepper Motor Series 57BYG 57BYGH Step Angle ————————————– 1.8 deg Ambient Temperature ————- -25 to +40 deg C Temperature Rise ———————————– 85K Insulation Resistance ——-500VDC 100Mohm Min Insulation Class ————————————— B Model Volt. (V) Cur. (A) Resis. (ohms) Induct (mH) Holding torque (g. cm) Length (mm) Wire diag Rotor intertia (g. cm) Weight (kg) 57BYG007 Stepper Motor 12 0.38 32 30 29.4 41 A 60 0.45 57BYG008 Stepper Motors 4.0 1.3 3.1 4.4 49.0 51 A 118 0.6 57BYG009 Stepper Motor 2.4 2.4 1.0 1.5 58.8 56 A 145 0.65 57BYG060 Stepper Motors 2.6 2.0 1.3 3.0 61.0 51…
42mm, 1 Phase, 1.8° Stepper Motor
Stepper Motor Series 42BYG 42BYGH Step Angle —————————————- 1.8 deg Ambient Temperature ————— -25 to +40 deg C Temperature Rise ————————————- 85K Insulation Resistance ———-500VDC 100Mohm Min Insulation Class —————————————— B Model Volt. (V) Cur. (A) Resis. (ohms) Induct (mH) Holding torque (g. cm) Detent torque (g. cm) Rotor inertia (g. cm) Wt (kg) Wire diag. Figure L L1 L2 42BYG014 Stepper Motor 8.5 0.45 19 13 1300 150 20 0.2 b 34 24 200 42BYG015 Stepper Motors 12 0.3 40 18 1150 150 20 0.2 b 34 16 500 42BYG016 Stepper Motor 12 0.16 75 40 900 150…
35/39mm, 1 Phase, 1.8° steps Stepper Motor
Stepper Motor Series 35BYG 39BYG Step Angle —————————————– 1.8 deg Ambient Temperature —————– -25 to +40 deg C Temperature Rise ————————————— 85K Insulation Resistance ———–500VDC 100Mohm Min Insulation Class ——————————————- E Model Volt. (V) Cur. (A) Resis. (ohms) Induct (mH) Holding torque (g. cm) Detent torque (g. cm) Rotor inertia (g. cm) Wt (kg) Wire diag. Figure L L1 L2 35BYG001 Stepper Motor 12 0.25 45 13 350 150 10 0.15 b 26 18 80 35BYG001-04 Stepper Motors 12 0.25 45 13 350 150 10 0.15 b 26 20 300 35BYG002 Stepper Motor 3.2 0.8 4.8 3.0 500 150…
22mm Diameter Optical Encoder Modular
The HKT22 series are high performance two channel optical incremental housed encoders. These encoders emphasize high reliability, high resolution, and easy assembly. The HKT22 housed encoders use reflective technology to sense rotary position. The sensor consists of a LED source and a phototdetector IC in a single SO-8 surface mount package. The outputs of the HKT22 encoders are two square waves in quardrature. These encoders may be quickly and easily mounted to a motor. Features: Two channel quadrature output, quick and easy assembly, cost-effective, ideal for small motor systems, -10 C to 85 C operating temperature. Applications: The HKT22 series…
30mm Diameter Optical Encoder Modular with Z Phase
The HKT30 series are high performance, low cost, two and three channel optical incremental encoders. These encoders emphasize high reliability, high resolution, and easy assembly. Each encoders contains a LED source (emitter), an integrated circuit with detectors and circuitry, and a code-wheel which rotates between the emitter and detector integrated circuit. These encoders may be quickly and easily mounted to a motor. The quadrature signals and the index pulse are accessed through five 0.025 inch square pins located on 0.1 inch centers. Features: Small size, low cost, -40 C to 100 C operating temperature, easy assembly, no signal adjustment necessary,…
